MATH-8 Review Volume of 3D shapes 2018 N Exam not valid for Paper Pencil Test Sessions

Similar documents
MATH-8 Review Surface Area 3D 2018 N Exam not valid for Paper Pencil Test Sessions

Volume of Cylinders. Volume of Cones. Example Find the volume of the cylinder. Round to the nearest tenth.

MATH-G P- Geometry Formulas Exam not valid for Paper Pencil Test Sessions

Name: Target 12.2: Find and apply surface of Spheres and Composites 12.2a: Surface Area of Spheres 12.2b: Surface Area of Composites Solids

Lesson 6 Reteach. Surface Area of Prisms. Example. Exercises. 232 in^ tt^^ Find the surface area of the rectangular prism.

Geometry Review Chapter 10: Volume PA Anchors: A3; B2; C1. 1. Name the geometric solid suggested by a frozen juice can.

MATH-8 LPMS Measurement and Geometry Exam not valid for Paper Pencil Test Sessions

Geometry: Notes

Lesson 6 Reteach. Perimeter of the base = 14. S. A. = area of the 2 bases + lateral area = = 52 m^.

3. Draw the orthographic projection (front, right, and top) for the following solid. Also, state how many cubic units the volume is.

Lesson 9. Three-Dimensional Geometry

Math 8: Identify Shapes and Surface Area

Study Guide Surface Area & Volume SOL 7.5

Practice A Introduction to Three-Dimensional Figures

11.6 Start Thinking Warm Up Cumulative Review Warm Up

Mr. Whelan Name: Block:

PYRAMIDS AND CONES WHAT YOU LL LEARN. Ø Finding the surface areas and volume of pyramids Ø Finding the surface areas and volume of cones

Lesson 10T ~ Three-Dimensional Figures

3 Dimensional Geometry Chapter Questions. 1. What are the differences between prisms and pyramids? Cylinders and cones?

Unit 7: 3D Figures 10.1 & D formulas & Area of Regular Polygon

Lesson 4: Volumes of Pyramids and Cones

2. The Wheel of Theodorus in Problem 4.1 includes only the first 11 triangles in the wheel. The wheel can go on forever.

Additional Practice. Name Date Class

3 Dimensional Solids. Table of Contents. 3 Dimensional Solids Nets Volume Prisms and Cylinders Pyramids, Cones & Spheres

Volume. 4. A box in the shape of a cube has a volume of 64 cubic inches. What is the length of a side of the box? A in B. 16 in. C. 8 in D.

Solid Figures. Name. 22 Topic 18. Reteaching Polyhedrons Prisms

Reteaching. Solids. These three-dimensional figures are space figures, or solids. A cylinder has two congruent circular bases.

Lesson 7.3 Understanding the Pythagorean Theorem and Solids

Vocabulary. Triangular pyramid Square pyramid Oblique square pyramid Pentagonal pyramid Hexagonal Pyramid

Use isometric dot paper to sketch a rectangular prism 4 units high, 6 units long, and 5 units wide.

Study Guide and Intervention

Determine whether the solid is a polyhedron. If it is, name the polyhedron. Explain your reasoning

1.1 Metric Systems. Learning Target: to practice converting between different metric units. Main Ideas:

3D Object Unit Review

#1 A: Surface Area of Triangular Prisms Calculate the surface area of the following triangular prisms. You must show ALL of your work.

Chapter 10 Practice Test

Geometry Chapter 11 Review. 1 Find the surface area and volume of the figure. Where necessary, express your answer in terms of.

Skills Practice Skills Practice for Lesson 2.1

Free Response. Test A. 1. What is the estimated area of the figure?

Chapter 7 Connect Algebra to Geometry

Math Mealy Mountain Collegiate. Sample Midterm Exam. Name:

Volume review. 1. In the diagram below, a right circular cone has a diameter of 8 inches and a height of 12 inches.

8th Grade. Slide 1 / 97. Slide 2 / 97. Slide 3 / 97. 3D Geometry. Table of Contents. 3-Dimensional Solids. Volume. Glossary & Standards

Lesson 10 ~ Three-Dimensional Figures

Surface Area and Volume

Name Date Class. 1. What is the volume of a cube whose side length measures 21 cm? Show your thinking.

Lesson 3: Definition and Properties of Volume for Prisms and Cylinders

Sect Volume. 3 ft. 2 ft. 5 ft

Volume and Surface Area Unit 28 Remember Volume of a solid figure is calculated in cubic units and measures three dimensions.

Geometry Solids Identify Three-Dimensional Figures Notes

Teacher Page. 1. Find the surface area of the prism. a. 315 in 2 b. 630 in 2 c. 450 in 2 d. 820 in 2

12.4 Volume of Prisms, Cylinders, Pyramids, and Cones. Geometry Mr. Peebles Spring 2013

Geometry SOL G.13 G.14 Area, Surface Area, Volume Study Guide

12.4 Volume of Prisms, Cylinders, Pyramids, and Cones. Geometry Mr. Peebles Spring 2013

Surface Area and Volume

Assignment Guide: Chapter 11 Geometry (L3)

Lesson 23: Surface Area

11 4 Volumes of Prisms and Cylinders Focused Learning Target: CA Standard(s): Vocabulary:

Chapter 12 Review Period:

S3 (3.1) Volume.notebook March 02, 2016

S3 (3.1) N5 Volume.notebook April 30, 2018

422 UNIT 12 SOLID FIGURES. The volume of an engine s cylinders affects its power.

Name: Date: Period: Chapter 9: 3-D Figures Topic 3: Volume Day 2

UNIT 11 VOLUME AND THE PYTHAGOREAN THEOREM

Math 6: Geometry 3-Dimensional Figures

Changes in Dimensions. MODELS Stephen is creating a model of the Washington Monument for history class. of the monument s

Lesson 1 Homework Practice

G-GMD.1- I can explain the formulas for volume of a cylinder, pyramid, and cone by using dissection, Cavalieri s, informal limit argument.

12-7 Volume of Pyramids, Cones, and Spheres

12-10 Surface Area of Pyramids and Cones

Determine the surface area of the following square-based pyramid. Determine the volume of the following triangular prism. ) + 9.

= 25)(10) 10. =

3.1 Deepening Understandings of Volume Parts 1_2.notebook. September 05, 2018 M Jun 27 10:28 AM

Name: Period 3/23/12 4/12/12 Pre-AP

Name: Period: 2018 Geometry Spring Final Exam Review

Classwork. Opening Exercise. Example 1. Which prism will hold more 1 in. 1 in. 1 in. cubes? 12 in. 6 in. 4 in. 5 in. 10 in. 8 in.

Geometry 2: 2D and 3D shapes Review

Name 13-6A. 1. Which is the volume of the solid? 2. What is the volume of the solid? A 72 cm 3 B 432 cm 3 C 672 cm 3 D 864 cm 3

Answers Investigation 4

CK-12 Geometry: Exploring Similar Solids. Learning Objectives Find the relationship between similar solids and their surface areas and volumes.

MODULE 18 VOLUME FORMULAS

Homework Assignment. U8 Intro Area of Circles Review p. 3 / Volume of Cones 8.1 Volume of Cylinders Practice p. 6-7 / 10

Math 10 C Measurement Unit

CCBC Math 081 Geometry Section 2.2

A C E. Answers Investigation 4. Applications. b. Possible answers:

Measurement and Geometry: Area and Volume of Geometric Figures and Objects *

Volume

Lesson 1 - Area Review Shape Words Formula

UNIT 3 CIRCLES AND VOLUME Lesson 5: Explaining and Applying Area and Volume Formulas Instruction

11.4 Volume of Prisms and Cylinders

Practice Test Unit 8. Note: this page will not be available to you for the test. Memorize it!

Polygons. 5 sides 5 angles. pentagon. no no R89. Name

ACCELERATED MATHEMATICS CHAPTER 11 DIMENSIONAL GEOMETRY TOPICS COVERED:

Student Outcomes. Classwork. Opening Exercises 1 2 (5 minutes)

Skills Practice Skills Practice for Lesson 6.1

SAMPLE TASKS. Concepts Embedded Skills Vocabulary. unit cube. unit cube volume side lengths

8-3. A butterfly house at a local zoo is a rectangular prism with dimensions 20' 15' 10' and contains 625 butterflies.

11.7 Exploring Similar Solids

The surface area of a solid figure is the sum of the areas of its surfaces. To help you see all the surfaces of a solid figure, you can use a net.

Finding the Volume of Solids

Transcription:

MATH-8 Review Volume of 3D shapes 2018 N Exam not valid for Paper Pencil Test Sessions [Exam ID:2YBSPT 1 What is the volume of a cube with a length of 8 inches? A 96 in 3 B 256 in 3 C 512 in 3 D 384 in 3 2 Which is closest to the volume of this cone? A 84.78 ft 3 B 339.12 ft 3 C 94.2 ft 3 D 28.26 ft 3 3 Which is closest to the volume of this cylinder? A 31.4 in 3 B 78.5 in 3 C 15.7 in 3 D 19.7 in 3

4 Lynn has ordered a tomato planter kit and is reading the directions. Which step may require Lynn to use the volume formula? A Step 1 B Step 4 C Step 5 D Step 6 5 Which is closest to the volume of this square based pyramid? A 40 cm 3 B 33.3 cm 3 C 26.7 cm 3 D 80 cm 3

6 What is the volume of the triangular pyramid shown? A 280 in 3 B 1680 in 3 C 70 in 3 D 840 in 3 7 What is the volume of the rectangular prism? A 198 m 3 B 72 m 3 C 162 m 3 D 99 m 3 8 Which is closest to the volume of this square based pyramid? A 28 cm 3 B 84 cm 3 C 96 cm 3 D 36 cm 3

9 What is the volume of the cylinder below? A 339.12 cm 3 B 678.24 cm 3 C 8,138.88 cm 3 D 2,034.72 cm 3 10 What is the volume of the cylinder? A 2,260.8 in 3 B 3,549.5 in 3 C 1,130.4 in 3 D 622.88 in 3 11 What is the volume of a square-based pyramid with base side lengths of 16 meters, a slant height of 17 meters, and a height of 15 meters? A 1,280 m 3 B 1,360 m 3 C 1,450 m 3 D 2,040 m 3

12 What is the volume of the rectangular prism? A 36 cm 3 B 180 cm 3 C 60 cm 3 D 40 cm 3 13 Which is closest to the volume of this cylinder? A 49 in 3 B 791 in 3 C 197 in 3 D 131 in 3 14 What is the volume of a square-based pyramid with a base side of 4 cm and a height of 10 cm? A 53.3 cm 3 B 160 cm 3 C 26.7 cm 3 D 13.3 cm 3

15 Maria wants to fill an ice cream cone with ice cream. Which is closest to the volume of ice cream she can put into a sugar cone that has a radius of 3 inches and a height of 6 inches? A 169.56 in 3 B 56.52 in 3 C 226.08 in 3 D 42.39 in 3 16 Which statement about the volumes of the two pyramids shown above is true? A Pyramid II has 30 more cubic feet of volume than Pyramid I. B The volume of Pyramid II is 10 times the volume of Pyramid I. C Pyramid II has 10 more cubic feet of volume than Pyramid I. D The volumes of Pyramid II and Pyramid I are the same. 17 If all measurements of the right prisms and cylinders are in inches, which container has the greatest volume? A C B D

18 Look at prism A. Which prism has a volume that is three times smaller than prism A? A C B D 19 If the width of the rectangular prism is doubled, which of the following is true? A The volume is half as large. B The volume is eight times as large. C The volume increases by 28. D The volume is twice as large. 20 A cone-shaped object is 3 miles high and has a base diameter of 20 miles. What is the approximate volume? A 942 mi 3 B 329 mi 3 C 314 mi 3 D 94 mi 3

21 Rectangular prism A has a length of 200 centimeters, a width of 120 centimeters, and a height of 80 centimeters. Rectangular prism B is 10 times smaller in volume. If only one dimension is different from rectangular prism A, which of the following could NOT be the surface area of prism B? A 38,720 sq cm B 20,480 sq cm C 53,120 sq cm D 27,200 sq cm 22 Josh has two rectangular prisms. The length of the second prism is 10 times the length of the first prism. The heights and widths of the two prisms are the same. Which best describes the volume of the second prism? A The volume is 10 times the volume of the first prism. B The volume is 30 times the volume of the first prism. C The volume is 100 times the volume of the first prism. D The volume is 1,000 times the volume of the first prism. Read the following passage and answer questions 23 through 23. 23 Directions: Click on a box to choose each statement you want to select. You must select all correct statements. Look at Prism A. Prism B is created with the same dimensions as Prism A except for one dimension is multiplied by 5. Identify each true statement. The volume of Prism A is 5 times the volume of Prism B. The surface area of Prism B is 5 times the surface area of Prism A. The volume of Prism B is 5 times the volume of Prism A. The surface area of Prism B is larger than the surface area of Prism A. The volume of Prism B is larger than the surface area of Prism A.

24 The volume of A Prism A is equal to the volume of Prism B B Prism A is half the volume of Prism B C Prism B is 20 times the volume of Prism A D Prism B is 10 times the volume of Prism A Read the following solid, shape or figure and answer questions 25 through 25.

25 Directions: Click on a box to choose each statement you want to select. You must select all correct statements. Prism A has the measurements shown. Identify each true statement that correctly describes a situation that would double the volume of Prism A. The width of Prism A is multiplied by 2. The length and height of Prism A are multiplied by 2. The height of Prism A is multiplied by 2. The length of Prism A is multiplied by 2. All dimensions of Prism A are multiplied by 2.